The 605F from EBM-Papst is a compact DC axial fan with a wall ring, in the 60 × 60 × 15 mm format. It operates on 5 V DC and is ideal as a spare part or component in electronic applications where space is limited. Thanks to its small size and low power consumption, it is a popular choice for cooling electronics, server equipment, and similar enclosed spaces.
The fan delivers an airflow of 27 m³/h at 4,000 rpm and maintains a noise level of only 27 dB(A). This makes it a quiet and efficient option for environments where noise levels are a concern.
- Voltage: 5 V DC
- Airflow: 27 m³/h
- Speed: 4,000 rpm
- Noise level: 27 dB(A)
- Power: 1.2 W
- Bearing type: sleeve bearing
- Impedance protection against locked rotor and reverse polarity
- Connection cable: 310 mm
Reserv stocks original EBM-Papst parts for quick delivery directly to you. You can always count on genuine components and reliable service. See the datasheet on the product page for complete technical information.
Technical specifications
| Product attribute | Value |
|---|---|
| Airflow at 0 Pa | 27 m³/h |
| Speed | 4000 rpm |
| Power | 1.2 W |
| Voltage | 5 V DC VAC |
| Motor frame | The casing is made of plastic and measures 60 × 60 × 15 mm with a mass of 0.030 kg. ISO 4762 M3 screws are used without a washer and without additional support. The mounting position is optional along the motor axis. |
| Casing | plastic, square |
| Impeller | The fan impeller is made of plastic and rotates counter-clockwise when viewed from the rotor side. The airflow direction is out over the struts. With free airflow and 4000 rpm, the fan impeller delivers up to 27 m³/h and a maximum static pressure of 26 Pa. |
| Bearing type | plain bearing |
| Motor protection | impedance protected |
| Rotation direction | counter-clockwise |
| Motor type | The motor is a DC motor without specified electronic function. It has impedance protection against locked rotor and impedance protection against reverse polarity. The protection class is class III. The motor is intended for use in protected environments with controlled temperature and humidity. |